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Paint, powder & polymer coatings · finish comparison

Cerakote vs Powder Coating

Cerakote and Powder Coating are both paint, powder & polymer coatings finishes; cerakote is the harder surface.

Cerakote on a machined part

Cerakote

Paint, powder & polymer coatings · $$$ · instant quote

Cerakote is a trademarked ceramic-polymer thin-film coating supplied in product-specific air-cure and oven-cure series.

Powder Coating on a machined part

Powder Coating

Paint, powder & polymer coatings · $$ · instant quote

Powder coating electrostatically deposits dry thermoset powder on conductive parts and melts it into a continuous film.

When to choose which

Choose Cerakote

Cerakote is the pick when its strengths below matter more than Powder coat's.

  • H-Series is commonly applied near 25 µm dry-film thickness
  • Thin film preserves markings and sharper feature definition than powder coat
  • Broad color and low-gloss options support cosmetic hardware

Choose Powder coat

Choose Powder coat when higher film build and robust outdoor metal coverage are preferred.

  • Typical finished film is 50–150 µm
  • No liquid solvent is needed for film formation
  • Tough decorative coverage suits fabricated metal

What the numbers say

  • Cerakote is the harder surface.
  • Powder coat is the lower-cost option ($$).
  • Cerakote is the thinner coating (20–30 µm), so it disturbs tight fits less.
  • Cerakote tolerates more heat (200 °C continuous).

Scores side by side

Each score is 0–100 against every finish in this catalog. Corrosion is derived from salt-spray test duration and surface hardness from the finish layer's Vickers hardness where a measured figure exists; a finish that leaves the base metal's own surface is not rated for hardness. Cosmetic, lubricity and cost are FabDigit's engineering assessment. Scores and typical figures are screening data, not matched side-by-side tests or service-life rankings; ASTM B117 is a controlled salt-fog method, not a field-life prediction.

ScoreCerakotePowder coat
Corrosion resistance83 Very good83 Very good
Surface hardness / wear27 Low14 Minimal
Cosmetic quality88 Excellent85 Excellent
Lubricity30 Low15 Low
Cost55 $$$25 $$
CorrosionHardnessCosmeticLubricityEconomy
CerakotePowder coat

Key numbers

PropertyCerakotePowder coat
Thickness20–30 µm50–150 µm
Salt-spray test duration500–1,000 h500–1,000 h
Max service temperature200 °C150 °C
ElectricalInsulatingInsulating
Coloursblack, gray, tan, green, blue, red, custom product colorRAL colors, custom color, clear
Relative costPremium ($$$)Standard ($$)
Added lead time4–8 working days3–7 working days
RoHSCompliantCompliant
Instant quoteYesYes

Bold marks the side that is ahead on a row where more (or less, for cost and lead time) is better. Ranges are the typical specification window; the drawing call-out fixes the class.

Which materials take each finish

Material familyCerakotePowder coat
AluminumYesYes
DMLS / SLMYesWith care
Stainless SteelYesWith care
SteelYesYes
TitaniumYesWith care
BrassWith careWith care
Copper AlloyWith careWith care
Magnesium AlloyWith careWith care
Zinc AlloyWith careWith care
FDMNoLimited
MJFLimitedLimited
PolymerLimitedLimited
SLANoLimited
SLSLimitedLimited

Cerakote vs Powder coat — frequently asked

What is the difference between Cerakote and Powder coat?

Cerakote and Powder Coating are both paint, powder & polymer coatings finishes; cerakote is the harder surface. Powder coat is the lower-cost option ($$). Cerakote is the thinner coating (20–30 µm), so it disturbs tight fits less.

When should I use Cerakote instead of Powder coat?

Conversely: choose Powder coat when higher film build and robust outdoor metal coverage are preferred.

Is Cerakote or Powder coat cheaper?

Powder coat is the lower-cost finish ($$ against $$$ for Cerakote) among the finishes FabDigit quotes. Both are priced per part with a lot minimum; the exact figure appears on the instant quote once the part is uploaded.

Do Cerakote and Powder coat protect equally against corrosion?

On paper, yes: both are rated 500–1,000 h in neutral salt spray (ASTM B117 or the qualification hours of the governing specification). In service the difference comes from sealing, thickness class and the substrate alloy rather than from the choice between the two.